3590S-1-203L

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Rotary Potentiometers, Rheostats are electronic components that convert rotary motion into different voltage levels. A 3590S-1-203L Potentiometer is one of the most popular of these devices, with various characteristics that make it suitable for a wide range of applications.

The 3590S-1-203L has a total 90° rotation range, and is geared for voltage division. Linearity is driven by a mercurial taper which achieves 0.02 % accuracy across the entire rotation range. The potentiometer is rated for 1/2 watt courtesy of a 100 kΩ resistance. Its maximum temperatures operational rating is at 70° Celsius as a low resistance standard device.

The 3590S-1-203L is a single-turn device and are some of the most widely used in the industry due to its affordability and wide variety of features. Its advantages are mainly based on its linearity, temperature coefficient, and stability, which play a large role in why it is a go-to for many projects. Not only can it provide a reliable signal with a remarkable accuracy, but at the same time its environmental tolerance is not lacking, which makes it suitable for usage in diverse applications.

The current application fields of 3590S-1-203L’s range from industry (automation, laboratory use) to didactic use (education measuring tools), and its price is quite low compared to its top performance, making it an excellent choice for various intentions.

As for the working principle of the 3590S-1-203L, the working principle behind a potentiometer is relatively simple. It consists of three pins; two of them act as connection points for the corresponding power voltage, while the third one is an output pin which is proportional to the angle of rotation of a shaft. This output pin\'s voltage value ranges from 0 to the maximum power voltage.

The dynamic performance of a 3590S-1-203L is determined by its circuit type, which is mainly composed of rotary, linear, and path circuits. Rotary and linear circuits determine the static characteristics, while path circuits determine the compensation of resistive losses which are caused through the transfers of electrical energy.

In conclusion, the 3590S-1-203L is an incredibly reliable and versatile device in terms of both pricing and performance. Its design and performance make it suited for more than the average use case, although its use is not limited to what has been listed here. Its numerous features make it an excellent choice for a score of obtainable requirements at an entry-level budget.

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